A NON-DESTRUCTIVE APPROACH TO THE SUSTAINABLE CONSERVATION OF BUILT HERITAGE
Heritage buildings represent tangible links between present and past; embody the creativity and traditions from past generations. The distinctive character of these buildings, primarily expressed through their authenticity and inherited values, emphasizes the need for innovative and carefully adapted conservation approaches. In this context, the pr...
By Jasna Grujoska-Kuneska, Veronika Shendova
MODELLING FLOOD WAVE TRANSFORMATION IN ULOG HPP RESERVOIR
This paper analyses the role of the Ulog Hydropower Plant reservoir in mitigating flood waves in the Neretva River basin. A mathematical simulation model was applied to transform flood waves with return periods of 10, 20, 50, and 100 years, under different initial reservoir water levels. The results indicate that complete retention of flood waves c...
By Аница Милановић, Tina Dašić, Žana Topalović, Petar Praštalo
VALUES OF INDUSTRIAL HERITAGE FROM THE SOCIALIST PERIOD IN A POST-SOCIALIST CONTEXT – THE CASE OF NIŠ, SERBIA
The city of Niš, Serbia, has been an industrial production hub since the liberation from Ottoman rule and the construction of the railway infrastructure at the end of the 19th century. Following the aftermath of World War II, the city of Niš experienced an industrial bloom – redefining the urban landscape with numerous industria...
By Uroš Antić, Aleksandar Keković
THE ROLE OF BASIN PHYSICAL CHANGES IN FUTURE FLOOD PROJECTIONS
Although both climatic factors and basin physical characteristics influence flood generation, projections of future floods predominantly emphasize climate change, while changes in land use, urbanization, and basin morphology are less systematically addressed. This paper presents a brief literature overview on the assessment of future floods at the ...
By Nikola Đokić, Borislava Blagojević, Vladislava Mihailović, Ilija Ilić
A REVIEW OF GEOMETRICALLY EXACT BEAM FORMULATIONS AND THEIR ISOGEOMETRIC IMPLEMENTATIONS: FROM FINITE ROTATIONS TO ISOGEOMETRIC ANALYSIS
This paper presents a review of the development of geometrically exact beam theories for the analysis of large displacements and finite rotations of curved beams. Since finite rotations evolve on the nonlinear manifold 𝑆𝑂(3) rather than in a vector space, their consistent parametrization, interpolation, and update are essential to maintain objectiv...
By Dijana Tatar, Aleksandar Borković
CONTROL OF A GEODETIC 2D NETWORK FOR THE CONSTRUCTION OF A LARGE-SCALE HYDROPOWER SYSTEM USING STATIC GNSS OBSERVATIONS
The paper describes the methodology for controlling the consistency of the geodetic basic 2D network for the construction of a large-scale hydropower system. The research was conducted on the case study of the network for the construction of the Dabar hydroelectric power plant, in an extremely complex karst area. The network was established by GNSS...
By Slavko Vasiljević, Dejan Vasić, Milutin Pejović, Tanja Đukanović, Slađana Stanišić
ADVANCED ASSESSMENT OF SSI EFFECTS ON THE SEISMIC RESPONSE OF MULTI-SPAN RC GIRDER BRIDGES
The effects of soil-structure interaction (SSI) are usually neglected in the current practice of seismic analysis and design of bridges. The objective of this research study is to assess the significance of SSI for the seismic response of multi span reinforced concrete girder bridges. The focus is on the behaviour of the integrated global bri...
By Marija Vitanova, Kemal Edip, Viktor Hristovski, Julijana Bojadzieva
QUANTITATIVE IDENTIFICATION OF LANDSLIDE SCARPS USING UAV LIDAR TERRAIN PROFILES: CASE STUDIES FROM JAKOPOVEC AND LAZ BISTRIČKI (CROATIA)
The UAV LiDAR terrain model provides accurate identification of various landslide-related features, with a specific emphasis on terrain discontinuities known as scarps. This research aims to develop a quantitative method for identifying scarps using terrain-profile analysis of UAV LiDAR DTM. The research considers two landslide-prone areas located ...
By Nikola Kranjčić, Vlado Cetl, Bojan Đurin, Danko Markovinović, Dorotea Lovrenčić
A MULTI-CRITERIA APPROACH TO OPTIMAL BUFFER SIZING IN THE CRITICAL CHAIN METHOD
The paper presents the methodology for determining the most favorable method for buffer sizing in the Critical Chain Method (CCM), which is based on multi-criteria decision-making methods. The proposed methodology enables a complete and systematic solution to this problem, whose end result is a proposal for a buffer sizing method in accordance with...
By Nataša Popović-Miletić, Goran Ćirović, Dragan Pamučar
VALIDATION OF DIFFERENT DIGITAL ELEVATION MODELS OVER A REGION IN WESTERN MACEDONIA
This study investigates the performance of several digital elevation models (DEMs) over a selected area in Western Macedonia. The objective is to identify the most suitable DEM to serve as a reliable reference for the representation of topographic masses used in gravity anomaly determination, terrain correction computation, and geoid modeling. The ...
By Filip Petrovski